def setUp(self):
tests.GraphicsTest.setUp(self)
filename = tests.get_data_path(
("PP", "COLPEX", "theta_and_orog_subset.pp"))
self.cube = test_plot.load_cube_once(filename,
"air_potential_temperature")
self.draw_module = iris.quickplot
self.contourf = test_plot.LambdaStr(
"iris.quickplot.contourf",
lambda cube, *args, **kwargs: iris.quickplot.contourf(
cube, *args, **kwargs),
)
self.contour = test_plot.LambdaStr(
"iris.quickplot.contour",
lambda cube, *args, **kwargs: iris.quickplot.contour(
cube, *args, **kwargs),
)
self.points = test_plot.LambdaStr(
"iris.quickplot.points",
lambda cube, *args, **kwargs: iris.quickplot.points(
cube, c=cube.data, *args, **kwargs),
)
self.plot = test_plot.LambdaStr(
"iris.quickplot.plot",
lambda cube, *args, **kwargs: iris.quickplot.plot(
cube, *args, **kwargs),
)
self.results = {
"yx": (
[self.contourf, ["grid_latitude", "grid_longitude"]],
[self.contourf, ["grid_longitude", "grid_latitude"]],
[self.contour, ["grid_latitude", "grid_longitude"]],
[self.contour, ["grid_longitude", "grid_latitude"]],
[self.points, ["grid_latitude", "grid_longitude"]],
[self.points, ["grid_longitude", "grid_latitude"]],
),
"zx": (
[self.contourf, ["model_level_number", "grid_longitude"]],
[self.contourf, ["grid_longitude", "model_level_number"]],
[self.contour, ["model_level_number", "grid_longitude"]],
[self.contour, ["grid_longitude", "model_level_number"]],
[self.points, ["model_level_number", "grid_longitude"]],
[self.points, ["grid_longitude", "model_level_number"]],
),
"tx": (
[self.contourf, ["time", "grid_longitude"]],
[self.contourf, ["grid_longitude", "time"]],
[self.contour, ["time", "grid_longitude"]],
[self.contour, ["grid_longitude", "time"]],
[self.points, ["time", "grid_longitude"]],
[self.points, ["grid_longitude", "time"]],
),
"x": ([self.plot, ["grid_longitude"]], ),
"y": ([self.plot, ["grid_latitude"]], ),
}
def setUp(self):
tests.GraphicsTest.setUp(self)
filename = tests.get_data_path(
('PP', 'COLPEX', 'theta_and_orog_subset.pp'))
self.cube = test_plot.load_cube_once(filename,
'air_potential_temperature')
self.draw_module = iris.quickplot
self.contourf = test_plot.LambdaStr(
'iris.quickplot.contourf',
lambda cube, *args, **kwargs: iris.quickplot.contourf(
cube, *args, **kwargs))
self.contour = test_plot.LambdaStr(
'iris.quickplot.contour',
lambda cube, *args, **kwargs: iris.quickplot.contour(
cube, *args, **kwargs))
self.points = test_plot.LambdaStr(
'iris.quickplot.points', lambda cube, *args, **kwargs: iris.
quickplot.points(cube, c=cube.data, *args, **kwargs))
self.plot = test_plot.LambdaStr(
'iris.quickplot.plot',
lambda cube, *args, **kwargs: iris.quickplot.plot(
cube, *args, **kwargs))
self.results = {
'yx': (
[self.contourf, ['grid_latitude', 'grid_longitude']],
[self.contourf, ['grid_longitude', 'grid_latitude']],
[self.contour, ['grid_latitude', 'grid_longitude']],
[self.contour, ['grid_longitude', 'grid_latitude']],
[self.points, ['grid_latitude', 'grid_longitude']],
[self.points, ['grid_longitude', 'grid_latitude']],
),
'zx': (
[self.contourf, ['model_level_number', 'grid_longitude']],
[self.contourf, ['grid_longitude', 'model_level_number']],
[self.contour, ['model_level_number', 'grid_longitude']],
[self.contour, ['grid_longitude', 'model_level_number']],
[self.points, ['model_level_number', 'grid_longitude']],
[self.points, ['grid_longitude', 'model_level_number']],
),
'tx': (
[self.contourf, ['time', 'grid_longitude']],
[self.contourf, ['grid_longitude', 'time']],
[self.contour, ['time', 'grid_longitude']],
[self.contour, ['grid_longitude', 'time']],
[self.points, ['time', 'grid_longitude']],
[self.points, ['grid_longitude', 'time']],
),
'x': ([self.plot, ['grid_longitude']], ),
'y': ([self.plot, ['grid_latitude']], ),
}
def setUp(self):
filename = tests.get_data_path(("PP", "COLPEX", "theta_and_orog_subset.pp"))
self.cube = test_plot.load_cube_once(filename, "air_potential_temperature")
self.draw_module = iris.quickplot
self.contourf = test_plot.LambdaStr(
"iris.quickplot.contourf", lambda cube, *args, **kwargs: iris.quickplot.contourf(cube, *args, **kwargs)
)
self.contour = test_plot.LambdaStr(
"iris.quickplot.contour", lambda cube, *args, **kwargs: iris.quickplot.contour(cube, *args, **kwargs)
)
self.points = test_plot.LambdaStr(
"iris.quickplot.points",
lambda cube, *args, **kwargs: iris.quickplot.points(cube, c=cube.data, *args, **kwargs),
)
self.plot = test_plot.LambdaStr(
"iris.quickplot.plot", lambda cube, *args, **kwargs: iris.quickplot.plot(cube, *args, **kwargs)
)
self.results = {
"yx": (
[self.contourf, ["grid_latitude", "grid_longitude"]],
[self.contourf, ["grid_longitude", "grid_latitude"]],
[self.contour, ["grid_latitude", "grid_longitude"]],
[self.contour, ["grid_longitude", "grid_latitude"]],
[self.points, ["grid_latitude", "grid_longitude"]],
[self.points, ["grid_longitude", "grid_latitude"]],
),
"zx": (
[self.contourf, ["model_level_number", "grid_longitude"]],
[self.contourf, ["grid_longitude", "model_level_number"]],
[self.contour, ["model_level_number", "grid_longitude"]],
[self.contour, ["grid_longitude", "model_level_number"]],
[self.points, ["model_level_number", "grid_longitude"]],
[self.points, ["grid_longitude", "model_level_number"]],
),
"tx": (
[self.contourf, ["time", "grid_longitude"]],
[self.contourf, ["grid_longitude", "time"]],
[self.contour, ["time", "grid_longitude"]],
[self.contour, ["grid_longitude", "time"]],
[self.points, ["time", "grid_longitude"]],
[self.points, ["grid_longitude", "time"]],
),
"x": ([self.plot, ["grid_longitude"]],),
"y": ([self.plot, ["grid_latitude"]],),
}
def setUp(self):
tests.GraphicsTest.setUp(self)
filename = tests.get_data_path(('PP', 'COLPEX', 'theta_and_orog_subset.pp'))
self.cube = test_plot.load_cube_once(filename, 'air_potential_temperature')
self.draw_module = iris.quickplot
self.contourf = test_plot.LambdaStr('iris.quickplot.contourf', lambda cube, *args, **kwargs:
iris.quickplot.contourf(cube, *args, **kwargs))
self.contour = test_plot.LambdaStr('iris.quickplot.contour', lambda cube, *args, **kwargs:
iris.quickplot.contour(cube, *args, **kwargs))
self.points = test_plot.LambdaStr('iris.quickplot.points', lambda cube, *args, **kwargs:
iris.quickplot.points(cube, c=cube.data, *args, **kwargs))
self.plot = test_plot.LambdaStr('iris.quickplot.plot', lambda cube, *args, **kwargs:
iris.quickplot.plot(cube, *args, **kwargs))
self.results = {'yx': (
[self.contourf, ['grid_latitude', 'grid_longitude']],
[self.contourf, ['grid_longitude', 'grid_latitude']],
[self.contour, ['grid_latitude', 'grid_longitude']],
[self.contour, ['grid_longitude', 'grid_latitude']],
[self.points, ['grid_latitude', 'grid_longitude']],
[self.points, ['grid_longitude', 'grid_latitude']],
),
'zx': (
[self.contourf, ['model_level_number', 'grid_longitude']],
[self.contourf, ['grid_longitude', 'model_level_number']],
[self.contour, ['model_level_number', 'grid_longitude']],
[self.contour, ['grid_longitude', 'model_level_number']],
[self.points, ['model_level_number', 'grid_longitude']],
[self.points, ['grid_longitude', 'model_level_number']],
),
'tx': (
[self.contourf, ['time', 'grid_longitude']],
[self.contourf, ['grid_longitude', 'time']],
[self.contour, ['time', 'grid_longitude']],
[self.contour, ['grid_longitude', 'time']],
[self.points, ['time', 'grid_longitude']],
[self.points, ['grid_longitude', 'time']],
),
'x': (
[self.plot, ['grid_longitude']],
),
'y': (
[self.plot, ['grid_latitude']],
),
}